basicxman

import math, re
from stack import *

class RPNCalculator:
  def __init__(self):
    self.data = stack()

    # Create lists of valid operators.
    self.lang_operators   = ["+", "-", "*", "/", "**", "//"]
    self.binary_operators = []

basicxman

class GameEngine
  constructor: ->
    @bg = document.getElementById("bg").getContext("2d")
    @fg = document.getElementById("fg").getContext("2d")

    @gW = 5000
    @gH = 3750
    @vW = @fg.canvas.width
    @vH = @fg.canvas.height
    @dX = (@gW - @vW) / -2

basicxman

class Game
  constructor:  ->
    @ctx = document.getElementById("game").getContext("2d")
    @ctx.canvas.style.background = "#000"
    @startAngle = (5 * Math.PI) / 6
    @endAngle = Math.PI / 6
    @curSA = @startAngle
    @curEA = @endAngle
    @notifier = document.createElement("canvas")
    @notifier.width = 64;

basicxman

Your score: 18 (17 good, 4 not found, 1 too short, 1 repeated)
Your score: 33 (20 good, 4 not found, 2 too short, 2 repeated)
Your score: 23 (21 good, 5 not found, 2 too short, 4 repeated)
Your score: 13 (5 good, 0 not found, 0 too short, 0 repeated)
Your score: 24 (4 good, 1 not found, 0 too short, 0 repeated)

basicxman

def unique(l):
  return list(set(l))

def check(board, needle, path, pos):
  if pos[0] < 0 or pos[0] > 3: return False
  if pos[1] < 0 or pos[1] > 3: return False
  if pos in path: return False
  return board[pos[0]][pos[1]] == needle

def search(board, needle, pos, path = []):

basicxman

#include <iostream>
#include <math.h>

using namespace std;

bool isCrystal(int m, int x, int y) {
  int curX = x;
  int curY = y;
  for (int curM = m; curM > 0; curM--) {
    int majorSize = pow(5, curM) / 5;

basicxman

#include "WPILib.h"
#include "S5.h"

#define dashboard SmartDashboard::GetInstance()

static void PeriodicTask(S5 *encoder) {
    while (1) {
        encoder->Periodic();
        Wait(0.005);
    }

basicxman

0xD  # Correct start sequence byte one
0xA  # Correct start sequence byte two
0x13 # Garbage....
0xD8 # ...
0x1  # ..
0x7E # Correct start sequence byte three
0x70 # Correct command ID
0x12 # Data count
0x1F # data
0x0

basicxman

#include "TruePoint.h"

#define INT(name) (name) = GetInt(); printf("(name) int")
#define ANGLE(name) (name) = GetKang(); printf("(name) angle")

static void ComTask(TruePoint *truePoint) {
    while (true) {
        truePoint->Process();
        Wait(0.005);
    }

basicxman

startSequence = [0x0D, 0x0E, 0x7E]
expectedByte  = 0
packetByteCount = 0
currentPacketID = 0
dataSize = 0

loop:
  byte = getByte()
  
  if byte == startSequence[expectedByte]: